High-Speed Coding for Multi-Lane Packaging Machines
A TTO-style UV laser coding system for pharmaceutical granule, powder and stick-pack production lines.
Designed for pharmaceutical granule, powder and stick-pack production lines, the TTO-style UV Laser Coding System delivers high-speed online marking of production dates, batch numbers, traceability codes and variable data.
As pharmaceutical traceability regulations continue to evolve, manufacturers face increasing demands for clear, durable and compliant product identification. Integrated with multi-lane packaging machines, the system provides reliable coding for granules, powders, oral-liquid sachets, instant medicines and traditional Chinese medicine products.
Typical Applications
- Cold and flu granule sachet coding
- Probiotic stick-pack coding
- Traditional Chinese medicine granule coding
- Solid oral dosage stick-pack coding
- Pharmaceutical aluminum foil laminate coding
- Medical sterilization pouch coding
Advantages When Integrated with Multi-Lane Packaging Machines
High-Speed Synchronous Operation
Compatible with 4-lane, 6-lane, 8-lane, 10-lane and higher-lane-count packaging machines, enabling continuous high-speed coding without affecting production throughput.
Clear and Permanent Marking
UV laser technology provides non-contact marking on laminated films, aluminum foil, paper-plastic composites and other packaging materials, producing high-contrast codes that resist abrasion and fading.
Consumable-Free Production
The process eliminates ribbons, inks and solvents, reducing replacement downtime and operating costs.
GMP-Compliant Design
No ink contamination risk supports clean pharmaceutical manufacturing and helps manufacturers meet GMP requirements.
Pharmaceutical Traceability Integration
The system can integrate with MES, ERP, WMS and pharmaceutical traceability platforms for serialized coding and item-level traceability.
Value to Pharmaceutical Manufacturers
Integrating the laser coding system with multi-lane packaging machines improves production efficiency, reduces operating costs, strengthens product traceability and supports compliant digital pharmaceutical manufacturing.